IAGH666-1-65-40.0-01

Circuit breakers are special mechanical switches used to protect electrical circuits from short-circuiting or overload.IAGH666-1-65-40.0-01 is also a kind of circuit breaker.In this article, the application field and working principle of IAGH666-1-65-40.0-01 circuit breaker will be introduced.This IAGH666-1-65-40.0-01 circuit breaker is mainly used to protect the power grid. In order to ensure the safe and reliable operation of electricity, electric grid operation often needs to eliminate, reduce, or control electricity rapidly. Due to the IAGH666-1-65-40.0-01 circuit breaker\'s reliable performance and powerful protection capability, it can bear the impact of high electrical current and protect the power grid from damage endangered by the surge of electrical current.The working principle of IAGH666-1-65-40.0-01 circuit breaker is based too the thermal principle and electromagnetic principles.Its protection system relies on using mixtures of air and other gases to create an electric circuit breaking design.The thermal system contains a specific triohexyl segment that will open those circuit lines if the temperature reaches a certain level.At the same time, the electromagnetic system includes of a steel armature inside the breaker that is surrounded by a magnetic field,and when the current exceeds a specific level the armature will be sucked upward and thereby cut off the circuit before the thermal system does it.By doing so it can reduce the risk of circuit and electric equipment being destroyed by the surge, or fire hazard of high electric current.In conclusion, IAGH666-1-65-40.0-01 circuit breaker has many technological advancements and safety features compared to traditional circuit breakers.It has a delicate design and with its thermal and electromagnetic principles, it can provide powerful protection to power grid from high current surge.This type of circuit breaker also has higher limits for must-trip values, which can be used in a variety of extreme environments and can be adapted for new applications.